Schneider LC1E2501M7 | Contactor,Easy TeSys Control,LC1E,3P(3NO),AC-3/AC-3e,<=440V,25A,220V AC coil,50/60Hz,1NC auxiliary contact

Schneider LC1E2501M7 | Contactor,Easy TeSys Control,LC1E,3P(3NO),AC-3/AC-3e,<=440V,25A,220V AC coil,50/60Hz,1NC auxiliary contact

The Schneider LC1E2501M7 is a high-performance contactor from the Easy TeSys series, designed for reliable control of electrical circuits in industrial applications. It is primarily used for switching and controlling electrical loads, making it an ideal choice for various industrial and commercial uses.

Technical Specifications

Here are the key technical specifications of the LC1E2501M7 contactor:

• Model: LC1E2501M7
• Brand: Schneider Electric
• Number of Poles: 3P (3NO)
• Maximum Operating Voltage (AC-3/AC-3e): Up to 440V
• Rated Current (AC-3): 25A
• Coil Voltage: 220V AC
• Frequency: 50/60Hz
• Auxiliary Contact: 1NC (Normally Closed)
• Compact Design: Suitable for control panel installation
• Protection Standard: Compliant with IEC 60947-4-1

Key Features

The Schneider LC1E2501M7 contactor offers several advantages, making it a preferred choice for engineers and technicians:

1. Reliable Performance – Designed to handle high operating currents efficiently.
2. Compact Design – Enables easy installation in control panels without requiring much space.
3. Easy Wiring – Features strong and convenient connection points, reducing installation time.
4. Durability – Made from high-quality materials resistant to heat and corrosion for extended lifespan.
5. Energy Efficiency – Helps reduce power consumption during operation, lowering overall costs.
6. AC Compatibility – Supports 50/60Hz power networks, making it suitable for various electrical environments.
7. High Safety Standards – Includes a 1NC auxiliary contact for safe and precise circuit control.

Applications

The LC1E2501M7 contactor is widely used in various applications, including:

1. Motor Control – Used for switching and controlling electric motors in industrial and commercial systems.
2. Control Panels – Integrated into control panels for managing operational start and stop functions.
3. Lighting Control – Suitable for circuits requiring reliable switching in large lighting systems.
4. Industrial Automation – Applied in automated systems for controlling different types of equipment.
5. HVAC Systems – Used in heating, ventilation, and air conditioning systems for efficient control.

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